The current test method experimentally simulates two-body abrasive wear of WC-6wt% Co hardmetal using modified pin abrasion tester configuration (ASTM G132). Silicon carbide (SiC) and alumina (Al2O3) with different sizes ranging from 22μm to 200 μm were used as abrasives in this test. Experiments were performed for different normal force from 4 to 16 N with constant sliding speed of 150 mm/s for 30 m sliding distance. Worn surface morphology and topography were characterized through SEM and white light interferometry. The obtained results clearly highlights the potential of pin abrasion tester for characterizing two body abrasion of hardmetals
This paper presents an experimental evaluation of friction and wear properties of WC-Co cemented car...
The development of wear resistant materials for drill-bit inserts are of primary importance for effi...
this paper presents an experimental evaluation of friction coefficient and wear of WC binderlesscera...
The current test method experimentally simulates two-body abrasive wear of WC-6wt% Co hardmetal usin...
Abstract — A present study has been conducted on the tribological properties of different grades of ...
Abrasive wear behaviour of materials can be assessed using a wide variety of testing methods, and th...
Surface interaction in abrasion of multiphase materials such as cermets by hard abrasive particles i...
Surface interaction in abrasion of multiphase materials such as cermets by hard abrasive particles i...
Abrasion wear resistance is very important in many applications and it is not a surprise that there ...
Wear of hardmetals is a complicated topic because the wear resistance and the wear mechanisms are in...
Abrasive wear is of particular significance in groundengagingapplications and increasingly tools are...
The current research explores the influence of multi-asperity abrasive particles engagement on multi...
Sliding friction, abrasion and erosion tests were performed on several materials: cemented carbides,...
Micro-abrasion wear tests with ball-cratering configuration are widely used. Sources of variability ...
This research project is a preliminary investigation of the effect of SiC abrasive breakdown on the...
This paper presents an experimental evaluation of friction and wear properties of WC-Co cemented car...
The development of wear resistant materials for drill-bit inserts are of primary importance for effi...
this paper presents an experimental evaluation of friction coefficient and wear of WC binderlesscera...
The current test method experimentally simulates two-body abrasive wear of WC-6wt% Co hardmetal usin...
Abstract — A present study has been conducted on the tribological properties of different grades of ...
Abrasive wear behaviour of materials can be assessed using a wide variety of testing methods, and th...
Surface interaction in abrasion of multiphase materials such as cermets by hard abrasive particles i...
Surface interaction in abrasion of multiphase materials such as cermets by hard abrasive particles i...
Abrasion wear resistance is very important in many applications and it is not a surprise that there ...
Wear of hardmetals is a complicated topic because the wear resistance and the wear mechanisms are in...
Abrasive wear is of particular significance in groundengagingapplications and increasingly tools are...
The current research explores the influence of multi-asperity abrasive particles engagement on multi...
Sliding friction, abrasion and erosion tests were performed on several materials: cemented carbides,...
Micro-abrasion wear tests with ball-cratering configuration are widely used. Sources of variability ...
This research project is a preliminary investigation of the effect of SiC abrasive breakdown on the...
This paper presents an experimental evaluation of friction and wear properties of WC-Co cemented car...
The development of wear resistant materials for drill-bit inserts are of primary importance for effi...
this paper presents an experimental evaluation of friction coefficient and wear of WC binderlesscera...